Skip to product information
1 of 1

Nano Rig | 3.5 inch

Nano Rig | 3.5 inch

Regular price £24.99 GBP
Regular price Sale price £24.99 GBP
Sale Sold out
Taxes included. Shipping calculated at checkout.

🚚 Free UK delivery over £40

📦 Discreet packaging

⭐️ Rated Excellent on Trustpilot

Colour
Quantity

💨 Fast dispatch from the UK

🔒 Secure Checkout

🍃 Trusted UK Headshop

This 3.5 inch mini glass rig from A Bong Shop is built for efficient airflow and controlled cooling in a compact format. The angled neck helps reduce splashback while keeping the draw smooth and direct, making it perfect for a dab rig where flavour matters.

Constructed from thick borosilicate glass, the piece offers good heat resistance and long-term durability despite its small size. The weighted base improves balance, while the clear and green glass finish allows full visibility of airflow and water level during use. Joints and welds are kept clean and functional to support regular handling.

 

The overall experience is simple and adaptable, making it a practical choice for users who already have a preferred bowl or banger. Its stable footprint works well on desks or trays, and the open joint design allows it to be paired to suit different setups. This rig is ideal for controlled, daily use without unnecessary accessories.

 

  • 3.5 inch
  • Angled neck for smoother cooling
  • Stable, weighted base
  • 14.5 mm female joint for custom setup
  • A Bong Shop

 

Specifications:

Height: 3.5 inches

Joint size: 14.5mm female

Material: Borosilicate glass

Use: Concentrates or dry herb depending on accessory choice

Delivery & Returns

Free UK delivery on orders over £40
Discreet shipping in plain packaging
Fast dispatch from within the UK

Product Information

Designed for reliability and everyday use
Built with quality materials for durability
Simple, functional art designed for performance

Cleaning & Maintenance

Clean regularly to maintain performance and longevity
Use appropriate cleaning products where needed
Regular care helps preserve function and overall condition  

View full details